The system separation module

separates heating systems,

for example,

an old system

from a new one.

The hydraulic module: the right system for all eventualities

No two heating systems are the same. Previously, the different requirements such as the integration of solar heating systems, the connection of multiple buffers or the separation of heating circuits had to be laboriously planned. There were no ready-made solutions including the control system. Commissioning, and in particular the cabling, was often very time-consuming. That's why ETA has developed modules for different requirements, which can be freely combined with one another and always work as a perfect system.

The module

Safely separated systems:

System separation module

ETA STM

Whenever heating systems need to be separated from one another, the ETA system separation module is the right choice. So if, for example, one heating circuit is to keep the living area warm and the other serves as frost protection in stalls and workshops for instance, or to keep outdoor areas free of ice and snow. Also old systems, i.e. ageing underfloor heating systems that take oxygen into the system, or stable heating systems that add ammonia to the heating water, must certainly be separated from the rest of the heating system, so that no damage occurs. The technology works in the same way as for solar heating system: the transmission media, i.e. the heating water or anti-freeze mixture, is carefully separated via a plate heat exchanger.

More efficient than conventional systems

The ETA system separation module works with a variable speed, high-efficiency pump. The respective pump speed indicates the required water quantity. In contrast with conventional systems controlled by valves, here only the required amount of water is removed from the buffer. The ETA system is not only economical in its procurement but also protects the wallet day by day in regular operation!

The components inside the module are already pre-wired. The control system contains four freely available sensor inputs and is ready for an MBUS circuit board for visualization of the heat meters with a suitable interface.